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首页> 外文期刊>Romanian journal of physics >Fresnel Lens-Type Energy Concentrator for Space-Based Solar Power Systems
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Fresnel Lens-Type Energy Concentrator for Space-Based Solar Power Systems

机译:天基太阳能系统的菲涅耳透镜型能量集中器

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In this paper a new concept of designing Fresnel lens concentrators on the basis of magnetic microwires with a complex spatial distribution of their density is proposed. The optical properties of microwires are analyzed in terms of their scattering indicatrix, and the design of the lens in the form of a sandwich consisting of two discs with concentric rings with current running inside and the microwires confined in between the discs is discussed. It is shown that such a design allows one to ensure the configuration of a complex spatial distribution of microwires and their effective control by changing the currents in the system. A comparative analysis is performed for microwires with diamagnetic, paramagnetic and ferromagnetic core.
机译:在本文中,提出了一种新的概念,即基于具有密度的复杂空间分布的磁性微丝设计菲涅耳透镜聚光器。根据微细线的散射指标分析其光学特性,并讨论了三明治结构的透镜设计,该夹层结构由两个带有同心环的圆盘组成,两个圆盘内部有电流通过,而微线则限制在两个圆盘之间。已经表明,这种设计允许通过改变系统中的电流来确保微线的复杂空间分布的配置及其有效控制。对具有抗磁,顺磁和铁磁芯的微线进行了比较分析。

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